Bitcoin Core integration/staging tree
- bitcoin
- c-plus-plus
- p2p
- cryptocurrency
47,133 repositories indexed
1–24 of 29 · Most stars
Bitcoin Core integration/staging tree
An alternative full node bitcoin implementation written in Go (golang)
A full stack for bitcoin and blockchain-based applications
Optimized C library for EC operations on curve secp256k1
Bitcoin protocol toolkit for Swift
A collection of Nix packages and NixOS modules for easily installing full-featured Bitcoin nodes with an emphasis on security.
🍣 A delicious docker box for special Bitcoin cookings
Python Bitcoin tools
Lightweight Bitcoin payment processor written in easily deployable Python. Self custody donations and payments on-chain & Lightning network, directly connected to your own Bitcoin node! No middleman/custodian.
Audited & minimal library for creating, signing & decoding Bitcoin transactions.
the Bitcoin companion
Javascript implementation of Bitcoin.
A Ruby implementation of Bitcoin HD Wallets (Hierarchical Deterministic) BIP32
Simple and pure block explorer you can run on top of a full node
Write enterprise Bitcoin applications with Spring Boot. Starter projects with multiple Bitcoin related modules that you can include in your application.
The implementation of the bitcoin protocol for ruby.
Ultra high-performance secp256k1 ECC engine | Python, Node.js, Rust, Go, C#, Swift, Java bindings | CUDA, Metal, OpenCL GPU | ECDSA, Schnorr, FROST, MuSig2, BIP-352 | 15+ platforms
Bithoven is a smart contract language for composing powerful and secure instruments on Bitcoin. LR(1) parser with static analysis for compile-time safety. Formal verification paper: https://arxiv.org/abs/2601.01436
The implementation of Bech32 encoder and decoder for ruby
Clarity library for parsing Bitcoin transactions and verifying Merkle proofs
Strike plugin for BTCPayServer
Pabtc is a project that aims to provide human-friendly interfaces for common btc operations.
I simple library to store/retrieve information in bitcoin transactions using OP_RETURN
A ruby implementation of bip-schnorr